Dual function filtration and catalytic breakdown of organic pollutants in wastewater using ozonation with titania and alumina membranes

Keyphrases

• Alumina Membrane 100%
• Filtration 100%
• Titanium Membrane 100%
• Organic Pollutants 100%
• Dual Function 100%
• Wastewater 100%
• Ozonation 100%
• Total Organic Carbon 60%
• TiO2 Membrane 40%
• Membrane Surface 40%
• Ceramic Membrane Filtration 40%
• X Ray Diffraction 20%
• Aluminum Oxide 20%
• Ceramic Membrane 20%
• Secondary Effluent 20%
• Synergistic Effect 20%
• Organic Compounds 20%
• Sol-gel Method 20%
• Functional Properties 20%
• Watercolor 20%
• Tubular Ceramic Membrane 20%
• Hydroxyl 20%
• Rutile 20%
• Ozone Decomposition 20%
• Aggressive Environment 20%
• Process Combination 20%
• Initial Flux 20%
• Porous Structure 20%
• Pore Size 20%
• Organic Foulants 20%
• Membrane Filtration 20%
• Mode Function 20%
• N2 Adsorption 20%
• Anatase 20%
• TiO2 Layer 20%
• Water Shortage 20%
• Organic Matter 20%
• Oxides 20%
• Nanofiltration Membrane 20%
• Water Ozonation 20%
• Filter Pore Size 20%
• Water Quality 20%
• Municipal Waste 20%
• Potential Reuse 20%
• Ozone Dosage 20%
• Particulate 20%
• Polymer Membrane 20%
• Effluent 20%
• Unconventional Water 20%
• Al2O3 Filter 20%
• Water Recycling 20%
• Waste Sources 20%

Chemical Engineering

• Organic Pollutant 100%
• Ozonation 100%
• Titanium Dioxide 83%
• Organic Carbon 50%
• Adsorption 16%
• Microfiltration 16%